Explain in your own words why rapid mixing in flow reactors allows to carry out very fast and exothermic reactions (which in batch typically require cooling below 0 °C) with a higher yield compared to batch.(Maximum 100 words)

Which of the below features is an advantage of a laboratory flow reactor over a batch reaction?Question 1Answera.Fast catalyst action in the reactorb.Increased pressure speeds reactions upc.Change in reaction enthalpiesd.Fast heat exchange in the reactor

The following reaction goes to 80% completion in a CSTR. A and B are fed to the reactor at rates of 2mol/s and 3 mol/s respectively at a temperature of 370C. Specific heats (in J/mol-K) of A, B, C and Dare 200, 150, 220 and 180 respectively.A B C D  The reactor is jacketed by water at a temperature of 200C. The overall heat transfer coefficient hasbeen estimated at 300 J/(m2.s.K), while the heat transfer area is 0.75 m2. Mixing is ensured throughan agitator, which contributes a work of 12 kW to the reactor. The heat of reaction is -30 kJ/mole ofA at 300 K. Calculate the steady state temperature in the reactor

Why is it important to thoroughly mix the solutions in this experiment?Question 5Select one:Because the rate of the reaction depends on concentration, and without mixing, some parts of the mixture could have much higher concentrations than others and so turn blue much faster. Mixing ensures that there is no build up of products which could inhibit the reaction being studied. Because the rate of the reaction depends on temperature and so mixing is necessary to ensure the temperature remains constant.

What is the difference between batch reactor and CSTR?

As the temperature of a chemical reaction increases, the rate of reaction increases becauseA fewer particle collisions occurB the required activation energy increasesC more effective particle collisions occurD the concentration of the reactants increases